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TSP 2014 Advanced Observing List 1 www.FaintFuzzies.com Other books by Alvin H. Huey Hickson Group Observer’s Guide, 2nd edition The Abell Planetary Observer’s Guide, 2nd edition Observing the Arp Peculiar Galaxies Downloadable Guides by FaintFuzzies.com The Local Group Selected Small Galaxy Groups Galaxy Trios and Triple Systems Selected Shakhbazian Groups Globular Clusters Observing Planetary Nebulae and Supernovae Remnants Observing the Abell Galaxy Clusters The Rose Catalogue of Compact Galaxies Flat Galaxies Ring Galaxies Variable Galaxies The Voronstov-Velyaminov Catalogue – Part I and II Object of the Week 2012 and 2013 – Deep Sky Forum Copyright © 2014 by Alvin Huey Copyright granted to individuals to make single copies of works for private, personal and non-commercial purposes www.faintfuzzies.com All rights reserved All Maps by MegaStarTM v5 All DSS images (Digital Sky Survey) http://archive.stsci.edu/dss/acknowledging.html Front Cover: Serpen’s Object from the Sloan Digital Sky Survey This and other publications by the author are available through www.faintfuzzies.com TSP 2014 Advanced Observing List 2 www.FaintFuzzies.com Table of Contents Texas Star Party Seeing Red List .................................. 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How to Use the Atlas ...................................................................................................... 5 The Texas Star Party 2014 Advanced Observing List – Seeing Red ............................. 6 TSP 2014 Advanced Observing List 3 www.FaintFuzzies.com Page Object RA Dec Const Mag Size Urano 1 Urano 2 7 V Hydrae 10 51 37.3 ‐21 15 00 Hya 7.5 ‐ 13 (var) * U‐325 151L 8 SS Virginis 12 25 14.4 +00 46 11 Vir 7.4 ‐ 9.5 (var) * U‐238 111L 9 Abell 35 12 53 41.4 ‐22 51 42 Hya 12.0p 12.8’ U‐329 149R 10 RY Draconis 12 56 25.7 +65 59 40 Dra 5.9 * U‐26 13L 11 Abell 36 13 40 41.3 ‐19 52 57 Vir 13.0p 6.0 x 5.0’ U‐331 149L 12 NGC 6072 ‐ ESO 389+5 16 12 58.2 ‐36 13 48 Sco 14.1p 98 x 72” U‐374 165L 13 IC 4592, LBN 1113 16 13 08.0 ‐19 24 00 Sco ‐ 200 x 60’ U‐335 147L 14 IC 4604 ‐ Rho Ophiuchus 16 25 20.0 ‐23 28 00 Sco ‐ 80 x 72’ U‐336 147L 9.0, 10.3, quintuple 15 Wolf 630A, B, C 16 55 29.2 ‐08 20 03 Oph U‐292 128R 17.7 star 16 NGC 6357 ‐ Sharpless 2‐5 17 24 56.0 ‐34 12 15 Sco ‐ 31.8 x 30.0’ U‐376 164L 17 Milky Way Center 17 45 40.0 ‐29 00 28 Sgr ‐ ‐ U‐377 146L 18 Barnard’s Star 17 57 48.0 +04 43 10 Oph 9.54v * U‐249 106R 19 NGC 6559 18 09 53.0 ‐24 04 30 Sgr ‐ 8.3 x 4.2’ U‐339 45R 20 NGC 6589 18 16 52.0 ‐19 46 43 Sgr ‐ 4.0 x 3.5’ U‐339 145R 20 NGC 6590 18 17 02.0 ‐19 51 47 Sgr ‐ 5.6 x 3.3’ U‐339 145R 21 Serpen’s Object, SVS 2 18 29 56.8 +01 14 46 Ser ‐ 2.0 x 1.4' U‐250 106L 7.5 ‐ 9.3 22 T Lyrae 18 32 20.1 +36 59 56 Lyr * U‐117 49R (var) 23 Sharpless 2‐61, PK26+01.0 18 33 21.8 ‐04 58 16 Sct ‐ 2.0’ U‐250 106L 6.6 ‐ 8.4 24 V Aquila 19 04 24.0 ‐05 41 05 Aql * U‐296 127L (var) 25 NGC 6781 ‐ PK 41‐2.1 19 18 28.2 + 06 32 15 Aql 11.8p 1.8’ U‐206 85L 26 Sharpless 2‐83 19 24 30.4 +20 47 31 Vul ‐ 2.0’ U‐161 66R 27 Parsamyan 21 19 29 00.6 +09 39 02 Aql ‐ 42 x 19" U‐207 85L 28 Sharpless 2‐82 19 30 23.3 +18 17 02 Sge ‐ 9.0' U‐162 66R 29 NGC 6820 19 42 27.8 +23 05 22 Vul ‐ 24.7 x 12.0' U‐162 66R 29 CAB2008‐V39 19 43 28.1 +23 20 38 Vul ‐ 0.5 x 5.0' U‐162 66R 30 Sharpless 2‐88 19 45 57.0 +25 19 50 Vul ‐ 17.5 x 41' U‐162 66R 31 Sharpless 2‐90 ‐ LBN 144 19 49 12.4 +26 50 49 Vul ‐ 5.0 x 3.4' U‐162 66R 32 Sharpless 2‐93 ‐ LBN 146 19 55 00.5 +27 12 47 Vul ‐ 1.8’ U‐162 66R 33 Sharpless 2‐101 19 59 55.0 +35 21 00 Cyg ‐ 21.8 x 12.0’ U‐119 48R 7.1 ‐ 7.6 34 RS Cygni 20 13 23.7 +38 43 45 Cyg * U‐119 48L (var) 35 Sharpless 2‐112 20 34 03.0 +45 38 42 Cyg ‐ 115' U‐85 32R 36 B 161 (inside IC 1396) 21 40 25.3 +57 48 03 Cep ‐ 3.9 x 2.5' U‐57 19R 37 Herschel’s Garnet Star 21 43 30.4 +58 46 49 Cep 4.02v * U‐57 19R 38 NGC 7139 21 46 08.6 +63 47 31 Cep 13.3p 77" U‐33 9L 39 Kruger 60A & B 22 27 59.5 +57 41 45 Cep 9.6 , 11.4 double star U‐57 19L 40 Sharpless 2‐188 01 30 30.0 +58 23 30 Cas ‐ 9.0’ U‐37 29R 41 NGC 896 02 26 40.0 +62 05 00 Cas ‐ 21.0’ U‐17 29L TSP 2014 Advanced Observing List 4 www.FaintFuzzies.com How to Use the Atlas NGC 2672 and NGC 2673 (Cancer) N E The top left panel contains the naked eye field with the TelRadTM superimposed on the center of the galaxy trio or triple system. The top right panel contains the inverted labeled DSS image. The image is generally 15’ square, otherwise larger. The bottom panel is a finder field of about 4.5º across and 3.0º high. The finder field is wide enough for the finder scope and detailed enough for those who choose to use a low NGC 2672 power eyepiece as a “finder”. The limiting magnitude of the field stars is generally set to 12.0, but set to a lower limit in star rich regions. Pay attention to the magnitude scale on the bottom left. The rectangular field of N Galaxy Open Cl E the DSS image is superimposed on the finder 4 5 6 7 8 9 10 11 12 chart. All charts and images are oriented north pointed up and west to the right. TSP 2014 Advanced Observing List 5 www.FaintFuzzies.com Texas Star Party 2014 Advanced Observing List – Seeing Red TSP 2014 Advanced Observing List 6 www.FaintFuzzies.com V Hydrae (Hydra) N E MCG -3-28-15 MCG -3-28-26 NGC 3450 NGC 3464 NGC 3453 N Galaxy E 5 6 7 8 9 10 11 12 RA Dec Mag Size Urano 2000.0 10 51 37.3 –21 15 00 7 – 13 (11.9) var * 151L http://www.aavso.org/lcotw/v-hydrae http://www.astroscience.org/abdul-ahad/V_Hydrae.html TSP 2014 Advanced Observing List 7 www.FaintFuzzies.com SS Virginis (Virgo) N E NGC 4536 NGC 4385 UGC 7332 NGC 4517A NGC 4517 UGCA 285 N Galaxy E 4 5 6 7 8 9 10 11 12 RA Dec Mag Size Urano 2000.0 12 25 14.4 +00 46 11 7.4 – 9.5 (var) * 111L http://en.wikipedia.org/wiki/SS_Virginis TSP 2014 Advanced Observing List 8 www.FaintFuzzies.com Abell 35 (Hydra) N E MCG -4-30-33 MCG -4-31-16 MCG -4-30-19 MCG -4-31-17 IC 3927 Abell 35 N Galaxy Planetary E 6 7 8 9 10 11 12 RA Dec Mag Size Urano 2000.0 12 53 41.4 –22 51 42 12.0p 12.8’ 149R TSP 2014 Advanced Observing List 9 www.FaintFuzzies.com RY Draconis (Draco) N E N Galaxy E 5 6 7 8 9 10 11 12 RA Dec Mag Size Urano 2000.0 12 56 25.72 +65 59 40 5.9 * 13L http://www.astroscience.org/abdul-ahad/redstars.html TSP 2014 Advanced Observing List 10 www.FaintFuzzies.com Abell 36 (Virgo) N E Abell 36 N Galaxy Planetary E 6 7 8 9 10 11 12 RA Dec Mag Size Urano 2000.0 13 40 41.3 –19 52 57 13.0p 6.0 x 5.0’ 149L TSP 2014 Advanced Observing List 11 www.FaintFuzzies.com NGC 6072 - ESO 389+5 (Scorpius) N E N Galaxy Planetary E 4 5 6 7 8 9 10 11 12 RA Dec Mag Size Urano 2000.0 16 12 58.2 –36 13 48 14.1p 98 x 72” 165L TSP 2014 Advanced Observing List 12 www.FaintFuzzies.com IC 4592, LBN 1113 (Scorpius) N E ESO 584-5 N Galaxy Brt Neb E 3 4 5 6 7 8 9 10 11 12 RA Dec Mag Size Urano 2000.0 16 13 08.0 –19 24 00 - 200 x 60’ 147L TSP 2014 Advanced Observing List 13 www.FaintFuzzies.com IC 4604, Rho Ophiuchus (Scorpius) N E M 80 N Galaxy Globular Brt Neb E 4 5 6 7 8 9 10 11 12 RA Dec Mag Size Urano 2000.0 16 25 20.0 –23 28 00 - 80 x 72’ 147L TSP 2014 Advanced Observing List 14 www.FaintFuzzies.com Wolf 630A, B, C – V1054 Ophiuchi (Ophiuchus) N E N Galaxy E 7 8 9 10 11 12 RA Dec Mag Size Urano 2000.0 16 55 29.2 –08 20 03 9.0, 10.3, 17.7 quintuple 128R star TSP 2014 Advanced Observing List 15 www.FaintFuzzies.com NGC 6357, Sharpless 2-5 (Scorpius) N E Sandu Cr 336 Cr 333 Pismis 24 Henize 2-222 Henize 2-227 Bochum 13 N Galaxy Globular Open Cl Planetary Brt Neb E 6 7 8 9 10 11 RA Dec Mag Size Urano 2000.0 17 24 56.0 –34 12 15 - 31.8 x 30.0’ 164L TSP 2014 Advanced Observing List 16 www.FaintFuzzies.com Milky Way Center (Sagittarius) N E Cr 351 Cr 347 Henize 2-286 NGC 6451 Minkowski 1-26 N Galaxy Open Cl Planetary Brt Neb E 6 7 8 9 10 11 RA Dec Mag Size Urano 2000.0 17 45 40.04 –29 00 28 146L TSP 2014 Advanced Observing List 17 www.FaintFuzzies.com Barnard’s Star (Ophiuchus) N E N Galaxy E 5 6 7 8 9 10 11 RA Dec Mag Size Urano 2000.0 17 57 48.0 +04 43 10 9.54v * 106R TSP 2014 Advanced Observing List 18 www.FaintFuzzies.com NGC 6559 (Sagittarius) N E NGC 6514 NGC 6546 Bochum 14 Cr 367 NGC 6530 NGC 6544 Minkowski 2-31 N Galaxy Globular Open Cl Planetary Brt Neb E 6 7 8 9 10 11 RA Dec Mag Size Urano 2000.0 18 09 53.0 –24 04 30 - 8.3 x 4.2’ 145R TSP 2014 Advanced Observing List 19 www.FaintFuzzies.com NGC 6589 and NGC 6590 (Sagittarius) N E NGC 6603 NGC 6567 Cr 378 NGC 6595 NGC 6578 N Galaxy Globular Open Cl Planetary Brt Neb E 4 5 6 7 8 9 10 RA Dec Mag Size Urano 2000.0 NGC 6589 18 16 52.0 –19 46 43 - 4.0 x 3.5’ 145R NGC 6590 18 17 02.0 –19 51 47 - 5.6 x 3.3’ TSP 2014 Advanced Observing List 20 www.FaintFuzzies.com Serpen’s Object - SVS 2 (Serpens) N E PC 19 SH2 -68 N Galaxy Planetary Brt Neb E 5 6 7 8 9 10 11 12 RA Dec Mag Size Urano 2000.0 18 29 56.8 +01 14 46 2.0 x 1.4’ 106L TSP 2014 Advanced Observing List 21 www.FaintFuzzies.com T Lyrae (Lyra) N E NGC 6688 N Galaxy E 5 6 7 8 9 10 11 RA Dec Mag Size Urano 2000.0 18 32 20.08 +36 59 56 7.5 – 9.3 (var) * 49R TSP 2014 Advanced Observing List 22 www.FaintFuzzies.com Sharpless 2-61, PK26+01.0 (Scutum) N E Cr 388 NGC 6683 N Galaxy Open Cl Brt Neb E 6 7 8 9 10 11 RA Dec Mag Size Urano 2000.0 18 33 21.8 –04 58 16 2.0’ 106L TSP 2014 Advanced Observing List 23 www.FaintFuzzies.com V Aquilae (Aquila) N E NGC 6751 N Galaxy Planetary E 3 4 5 6 7 8 9 10 11 RA Dec Mag Size Urano 2000.0 19 04 24.0 –05 41 05 6.6 – 8.4 (var) * 127L www.klima-luft.de/steinicke/Artikel/V%20Aquilae.pdf TSP 2014 Advanced Observing List 24 www.FaintFuzzies.com NGC 6781, PK41-2.1 (Aquila) N E NGC 6781 N Galaxy Planetary Brt Neb E 5 6 7 8 9 10 11 RA Dec Mag Size Urano 2000.0 19 18 28.2 +06 32 15
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    Planetary nebula 168 Planetary Nebula 168 Pagina 1 Planetary nebula 168 . o ) . ) . R N ' x e e g c n n m t A i B z z a . a r e i i o Object Other o Class NGC Description U m a m R S S h D C ( M S h ( C 14 NGC 7662 PK 106-17.1 AND 23 25.9 +42 32 8,6 5,6 17 s 14 s 4(3) !!! Planetary or annular neb,vB,pS,R,blue 138 PK 315-13.1 He2-131 APS 15 37.2 -71 55 11,8 6,8 4.9 s 138 PK 308-12.1 He2-105 APS 14 15.5 -74 13 12 12 35 s 66 IC 4846 PK 27-9.1 AQL 19 16.5 -09 03 12 4,5 2 s 2 stellar 66 NGC 6790 PK 37-6.1 AQL 19 23.0 +01 31 11,4 5,9 2 s 2 B,eS,stell=9.5m 66 NGC 6803 PK 46-4.1 AQL 19 31.3 +10 03 11 6,4 4 s 2a stellar 66 NGC 6741 PK 33-2.1 AQL 19 02.6 -00 27 12 7 9 s 7 s 4 Planetary,stellar 42 PK 52- 2.2 Merrill 1-1 AQL 19 39.1 +15 56 11,8 7,7 3 s 4 13''-pF,vS,R,BM at 165X, averted viz helps 66 NGC 6751 PK 29-5.1 AQL 19 05.9 -06 00 12 9,2 20 s 3 pB,S 66 NGC 6804 PK 45-4.1 AQL 19 31.6 +09 14 12,4 11 63 s 50 s 4(2) cB,S,iR,rrr 65 NGC 6852 PK 42-14.1 AQL 20 00.7 +01 44 11.4p 11,2 28 s 4 F neb,am st 66 NGC 6781 PK 41-2.1 AQL 19 18.5 +06 32 11,8 12,8 111 s 109 s 3b(3) F,L,R,vsbM disc 66 NGC 6772 PK 33-6.1 AQL 19 14.6 -02 42 14 99,9 75 s 55 s 3b(2) vF,L,R,vvlBM,r 66 PK 31-10.1 M3-34 AQL 19 27.1 -06 35 12,4 99,9 6.0 s 5.1 s 2 66 PK 37- 3.2 Abell 56 AQL 19 13.1 +02 53 12,4 99,9 188 s 174 s 4 64 NGC 7009 PK 37-34.1 AQR 21 04.2 -11 22 8,3 6,2 28 s 23 s 4(6) !!! vB,S,elliptic 87 NGC 7293 PK 36-57.1 AQR 22 29.6 -20 50 6,3 13,6 960 s 720 s 4(3) !,pF,vL,E or biN 116 IC 4642 PK 334-9.1 ARA 17 11.8 -55 24 12,4 9,6 15 s 4 stellar 115 PK 342-14.1 Shapley 3 ARA 18 07.4 -51 03 11,9 12,4 36 s 116 IC 1266 PK 345-8.1 ARA 17 45.6 -46 05 12,3 99,9 13 s 4 stellar,gaseous spectrum-Pickering 56 PK 173- 5.1 K2-1;SS 38 AUR 05 08.1 +30 48 12 15,5 132 s 3 13''-pF,pL,R,nBM at 165X, 3* invol 32 IC 2149 PK 166+10.1 AUR 05 56.4 +46 06 10 99,9 12 s 6 s 3b(2) S,vB 32 PK 169-0.1 AUR 05 19.2 +38 11 12 99,9 32 s Pagina 2 Planetary nebula 168 .
  • A. L. Observing Programs Object Duplications

    A. L. Observing Programs Object Duplications

    A. L. OBSERVING PROGRAMS OBJECT DUPLICATIONS Compiled by Bill Warren Note: This report is limited to the following A. L. observing programs: Arp Peculiar Galaxies; Binocular Messier; Caldwell; Deep Sky Binocular; Galaxy Groups & Clusters; Globular Cluster; Herschel 400; Herschel II; Lunar; Messier; Open Cluster; Planetary Nebula; Universe Sampler; and Urban. It does not include the other A. L. observing programs, none of which contain duplicated objects. Like the A. L. itself, I’m using constellation names, not genitives (e.g., Orion, not Orionis) with double stars as an aid for beginners who might be referencing this. -Bill Warren Considerable duplication exists among the various A.L. observing programs. In fact, no less than 228 objects (8 lunar, 14 double stars and 206 deep-sky) appear in more than one program. For example, M42 is on the lists of the Messier, Binocular Messier, Universe Sampler and Urban Program. Duplication is important because, with certain exceptions noted below, if you observe an object once you can use that same observation in other A. L. programs in which that object appears. Of the 110 Messiers, 102 of them are also on the Binocular Messier list (18x50 version). To qualify for a Binocular Messier pin, you need only to find any 70 of them. Of course, they are duplicates only when you observe them in binocs; otherwise, they must be observed separately. Among its 100 targets, the Urban Program contains 41 Messiers, 14 Double Stars and 27 other deep-sky objects that appear on other lists. However, they are duplicates only if they are observed under light-polluted conditions; otherwise, they must be observed separately.
  • October's Meeting

    October's Meeting

    October 2008 October’s Meeting Calendar Inside this Issue Sep 4, 2008 – “ Past Saturn and The next meeting of S*T*A*R will be 7 More Years to Pluto: ” New on Thursday, October 2. Our program Horizons Mission, Michael October’s Meeting will be “An Idea That Would Not Die” Lewis, NASA Solar System 1 2008-2009 Calendar by Robert Zimmerman. All are Ambassador welcome. The meeting will begin Oct 2, 2008 – " An Idea That President’s Corner promptly at 8:00pm at the Monmouth Would Not Die" by Robert September Meeting Museum on the campus of Brookdale 2 Zimmerman Minutes Community College. Extreme Starburst Editor’s Corner Nov 6, 2008 – “TBD" 3 Dec 4, 2008 – “Low Energy Thanks to Gavin Warnes, Steve Fedor, Routes to the Moon and & Randy Walton for contributing to this Beyond” by Dr. Edward month’s Spectrogram. Belbruno, Innovative Orbital 4 Design, Inc., Princeton Reminder to pay membership dues S*T*A*R Membership University $25/individual, $35/family. Donations Celestial Events 5 are appreciated. Make payments to Paul Jan 8, 2009 - “Celestial Nadolny at the October meeting or mail Navigation” by Justin Dimmell, In the Eyepiece a check payable to S*T*A*R Island School, Eleuthera, Astronomy Society Inc to: 6 Bahamas S*T*A*R Astronomy Society Moon Phases P.O. Box 863 Feb 5, 2009 - "TBD" 7 Jupiter Moons Calendar Red Bank, NJ 07701 Mar 5, 2009 - “Solar Saturn Moons Calendar Telescopes" by Alan Traino of Astro Crossword Puzzle Lunt Solar Systems November Issue 8 Apr 2, 2009 – “ TBD ” Please send articles and contributions for the next Spectrogram by Friday, May 7, 2009 – “TBD” October 24 .
  • Close Binary Stars in the Galactic Open Clusters

    Close Binary Stars in the Galactic Open Clusters

    Close Binary Stars in the Galactic Open Clusters Kadri Yakut University of Ege, Department of Astronomy and Space Sciences 35100, İzmir-Turkey The IMPACT of BINARIES on STELLAR EVOLUTION July 4, 2017, Garching-Germany (Binary) stellar evolution the equation of the nuclear hydrostatic the radiative opacity state reaction network equilibrium (from core to surface (pressure vs. radiative/convective) gravity) Convection with rotationally driven mixing and diffusive the mixing-length semi-convective separation of abundances (Ap, Am and theory stellar wind mixing Fm stars) mass-loss (dynamo action) convective core tidal friction overshooting (circularize orbits) Evolution Codes Cambridge STARS Code -Eggleton (1971-73) -Pols, Tout, Eggleton, Zhanwen (1995) EV Code -Hurley, Pols, Tout (2000) -Yakut & Eggleton (2005) -Eldridge+ -Eggleton (2006) -Eggleton & Yakut (2017) Close binary stars (CBS) “close binary” • à P is short • à tidal force & RLOF play important roles • à AM, cMT,ncMT, ML, AML and NE • à synchronously rotating • à circular orbit CBS types: -Detached (D) [e.g, RS CVn, Giant+MS, Giant+Giant] -Semi-detached (SD) [e.g. NCB, CV, X-ray binaries, AM CVn, ..] -Contact (C) [e.g., LTCB=W UMa, ETCB] close binary stars (CBS) M, y, z, α, dM/dt + Mt, q, Pbin, dMt/dt, P3, … Single Star: Model of the Sun from its birth to its dead Hypothetical mass-loss and dynamo activity during the Sun's evolution. Today BC 4.525.000.000 Eggleton & Yakut (2017) [MNRAS, 468, 3533] 1-Non-Conservative Evolution of Close/Interacting Binary Stars: Low-mass binary system 1.19 Ms + 0.94 Ms, 0.75 days Yakut & Eggleton (2005, 2018) 2- Non-Conservative Binary Evolution: High-mass binary system V382 Cyg (O6.5 V + O6 V) New observationsà Ege University Observatory Yaşarsoy & Yakut (2013) 8 [AJ, 145, 9] 3-Binary system with giant components: 60 systems Eggleton & Yakut (2017) [MNRAS, 468, 3533] The model of Capella seems to fit the observations very well!!! Primary- Aa Secondary Ab Figure 1.